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STRUCTURE OF ARCHITECTURE – TENSEGRITIES IN THE CONSTRUCTION OF ARCHITECTURAL SPACE

Piotr POLINCEUSZ

Piotr POLINCEUSZ

Division of Geometry and Engineering Graphics, The Department of Building Engineering and Building Physics, Faculty of Civil Engineering, Silesian University of TechnologyGliwice, Poland
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POLINCEUSZ, Piotr
  
20 may 2019
STRUCTURE OF ARCHITECTURE – TENSEGRITIES IN THE CONSTRUCTION OF ARCHITECTURAL SPACE's Cover Image
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Categoría del artículo: research-article
Publicado en línea: 20 may 2019
Páginas: 45 - 52
Recibido: 14 mar 2018
Aceptado: 09 mar 2019
DOI: https://doi.org/10.21307/acee-2019-004
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© 2019 Piotr POLINCEUSZ; published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Figure 1.

Architectural space by Enrique Yáñez consisting of internal space, construction space, and external space: a) closed; b) open; c) dependent d) dispersed – own elaboration
Architectural space by Enrique Yáñez consisting of internal space, construction space, and external space: a) closed; b) open; c) dependent d) dispersed – own elaboration

Figure 2.

Ingber’s cell model – own elaboration
Ingber’s cell model – own elaboration

Figure 3.

Self-Stretching Design by Karl Loganson and Needle Tower by Kenneth Snelson, Kröller-Müller Museum, The Netherlands – own elaboration
Self-Stretching Design by Karl Loganson and Needle Tower by Kenneth Snelson, Kröller-Müller Museum, The Netherlands – own elaboration

Figure 4.

Assignment of objects to types of architectural space – own elaboration
Assignment of objects to types of architectural space – own elaboration

Figure 5.

a) The roof of Georgia Dome, 1992, Atlanta, Georgia, USA – based om photos http://bit.ly/2FQPNn1; b) “The Cloud” EXPO, 2002, Yverdon-les-Bains, Switzerland – based on photos http://bit.ly/2DzVmUp; c) Forthside Pedestrian Bridge, 2009, Stirling, Scotland – based on photos http://bit.ly/2WjRGxk; d) “The Thing”, 2010, Endchede, Netherlands Jasper Latte, Jaap Hos – based on photos http://bit.ly/2B8coY9
a) The roof of Georgia Dome, 1992, Atlanta, Georgia, USA – based om photos http://bit.ly/2FQPNn1; b) “The Cloud” EXPO, 2002, Yverdon-les-Bains, Switzerland – based on photos http://bit.ly/2DzVmUp; c) Forthside Pedestrian Bridge, 2009, Stirling, Scotland – based on photos http://bit.ly/2WjRGxk; d) “The Thing”, 2010, Endchede, Netherlands Jasper Latte, Jaap Hos – based on photos http://bit.ly/2B8coY9

Figure 6.

Cover of Seoul Olympic Stadium, 1984 – based on the photo http://www.ajc.com
Cover of Seoul Olympic Stadium, 1984 – based on the photo http://www.ajc.com

Figure 7.

Kurilpa bridge, Brisbane, Queensland, Australia, 2009, the largest spatial structure in the world – based on Paul Garda’s photo https://bit.ly/2RP1FMB
Kurilpa bridge, Brisbane, Queensland, Australia, 2009, the largest spatial structure in the world – based on Paul Garda’s photo https://bit.ly/2RP1FMB

Figure 8.

Presentation of the simulation of the tensegrity model in Grasshopper – own elaboration
Presentation of the simulation of the tensegrity model in Grasshopper – own elaboration

Study of the nature of the space of tensegrity structures
Idioma:
Inglés
Calendario de la edición:
4 veces al año
Temas de la revista:
Arquitectura y diseño, Arquitectura, Arquitectos, edificios
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